Linear quantitative CFI conjecture for CqC_q weights

Let 1<p<q1<p<q, let wCqw\in C_q, let TT be a Calderón--Zygmund operator, and let fCc(Rn)f\in C_c^\infty(\mathbb{R}^n). Linear quantitative CFI conjecture. The estimate

TfLp(w)cn,T,p,q([w]Cq+1)MfLp(w)\left\lVert T^*f\right\rVert_{L^p(w)}\leq c_{n,T,p,q} ( [w]_{C_q}+1) \left\lVert M f\right\rVert_{L^p(w)}

should hold. The paper's preceding theorem proves the same estimate with an additional factor log(e+[w]Cq)\log(e+[w]_{C_q}); the conjecture asks for linear dependence on the CqC_q characteristic.

Sources & referencesView supporting material

Primary source

Javier Canto, “Sharp reverse Hölder inequality for C_p weights and applications”, arXiv:1811.05209 (2020).

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